Three codes could be found in the Radiate post on the Investigate Ingress blog.
[1] cacrhifluiflushzygzvmrmveruklt
[2] 7F}0nR:2fv1,21dZP%lkPXV!P8mG.217-aXl^Z(GJVD9@WBYi3_2MBoT?2zk0:H27x
[3] u0vdm1rirefss0u0n1^he
Code #1
Observations
30 letters, go through your usual cipher routine
Solution
Atbash the string
xzxisruofruofhsabtaeninevifpog
Reverse
gopfivenineatbashfourfoursixzx
gop59atbash446zx
For the keyword, you need to find what Atbash is. It’s used as a cipher which is a valid keyword.
gop59cipher446zx
Code #2
Observations
66 characters, a mix of upper and lowercase letters, numbers and symbols.
Hint
Try to find how you could separate the string
Solution
Looking at the distribution there is never two symbols beside each other. This could be a separator.
7F 0nR 2fv1 21dZP lkPXV P8mG 217 aXl Z GJVD9 WBYi3 2MBoT 2zk0 H27x
We now have a good mix of letters and numbers and the maximum grouping of 5 which could indicate morse numbers. Convert numbers to dashes and letters to dots
-. -.. -..- --... ..... .-.. --- ... . ....- ....- -.... -..- .--.
Convert morse to text
NDX75LOSE446XP
Code #3
Observations
21 characters, mix of letters and numbers and 1 symbol.
Solution
The fact that there is only 1 symbol could mean that it’s used to modify the following letter. This would leave us with a string of 20 characters which could be good for Base64.
Convert all letters to uppercase except for the h following the ^.
U0VDM1RIREFSS0U0N1hE
Convert Base64 to text
SEC3THDARKE47XD
Change the TH to 3 and that E to 8
sec33dark847xd
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